RFID & Wireless IoT Global

The e-magazine for users, integrators and developers of RFID & Wireless IoT

  • Publication: 6x per year as E-Paper
  • Content: Interviews, user reports, statistics, trend evaluations, research results and technology know-how
  • Topics: Industrial IoT, Automotive, Logistics, Healthcare, Retail, Smart City, Security and Consumer IoT
  • Technologies: RFID, NFC, BLE, LPWAN, RTLS, WiFi, 4G/5G, GPS, ORM, SAW
03/2020 - Publication date: June 17th 2020

The everyday processes in a clinic or laboratory are complex. Patient safety has the highest priority. The quality of care must be guaranteed at all times. The correct identification of a sample in the laboratory can be as life-saving as locating equipment, preparing surgical instruments or monitoring compliance with hygiene standards.

Hospital management 2020 means: Efficient digitalization strategies geared to everyday processes. These include laundry management with laundry lockers or rooms, the use of pneumatic delivery systems, patient-care robots and the rapid connection between laboratories and wards, the identification of patients and staff, the location and digital maintenance of medical equipment, the monitoring of surgical plans, and the temperature of drugs, laboratory samples and blood donations.

All optimizations and cost reductions depend on an integrated digitalization strategy and the use of WIoT technologies such as RFID, NFC, BLE or WiFi.

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In this issue

OR Management

University Hospital Kiel

University Hospital Kiel: OP Management

New facilities in Kiel and Lübeck opt for digitalization and automation in OR management. The UKSH becomes one of the state-of-the-art clinics in Europe.

Labeling in the Laboratory

RFID Labels for Medicine and Pharmaceuticals

Herpa Print: RFID Labels for Medicine and Pharmaceuticals

RFID labels secure the intactness of containers, ampules or packaging with various methods.

Molecular Laboratory

Sample Identification at Minus 200 Degrees

European Molecular Biology Laboratory

The European Molecular Biology Laboratory (EMBL) in Grenoble uses RFID technology for the identification and automated handling of biological samples at cryogenic temperatures.

Asset Tracking

Asset Management in Over 135 Facilities

Ministry of Health of the UAE

The Ministry of Health of the United Arab Emirates has commissioned a nationwide RFID-based asset tracking system in 17 hospitals, 113 clinics and health centers as well as 6 warehouses.

Digitalization

Digitalization as Cornerstone of the New Clinic Building

University Hospital Aarhus

With the construction and consolidation of distributed hospitals in the University Hospital Aarhus, one of the largest and most modern health centers in Northern Europe has been created, relying extensively on digitalized processes.

Pneumatic Tube System

Accelerate Laboratory Sample Transports Safely

University Hospital Dresden

RFID supports the identification of laboratory samples and medical materials, which are currently transported by pneumatic post over a distance of five kilometers and 19 stations in the university hospital.

Technology Tests

Wireless IoT in the Hospital

UMC Utrecht

At the University Hospital Utrecht, in a temporarily closed ward, wireless IoT technologies are tested and researched in tracking applications under real conditions.

RFID in Dental Laboratories

Automated Dental Milling Machines are Revolutionizing Dental Technology

Neosid: RFID in Dental Laboratories

CAD/CAM systems with RFID are on the rise in dental clinics: On-site production of dental prostheses with automated milling tool management.

Hospital Management

Hospitals in Distress

HID Global: What is wrong with the hospital system?

What is wrong with the hospital system? How can deficiencies be eliminated, transparency be created and costs be reduced at the same time?

Advertorials and promotion

04/2020 - Publication date: August 2020

The Smart City follows three objectives: Energy efficiency, security and the best possible inclusion of its inhabitants. In numerous applications, wireless IoT technologies illustrate ways in which processes can be connected, streamlined and made transparent.

Recycling containers automatically report their filling level, parking spaces communicate whether they are free or occupied, and sensors control street lighting according to actual demand. Wireless IoT technologies are already the backbone of a Smart City today. If transparent data is available, process efficiency is increased, energy consumption is reduced, and the safety of residents is optimized.

The digital transformation of inner-city processes and services creates numerous interfaces for engaging residents. Active participation unfolds a multifaceted potential to make life in cities safer, healthier, and more convenient.

In this issue

Cover Story

NXP's brand new IC MIFARE DESFire EV3

NXP: Mifare Card

Smart City services are supplied on NFC smartphones and wearables via cloud service. A variety of security features ensure data protection.

Vehicle Identification

Passive UHF RFID Stickers in Road Traffic

Nationwide Vehicle Identification in Egypt

Within 5 years, around 10 million vehicles are to be tracked in Egypt in order to optimize traffic flow and increase safety.

DFKI

Expanding the Smart Home

DFKI: Project CONTEXT

The "CONTEXT" project investigates textile surfaces for electrical supply, information technology communication and intuitive interaction with IoT devices in the smart home.

Historical Art

LPWAN in the Museum

LPWAN i n the Huesca Museum

The Museum Huesca, together with technology partners, has launched a research project that combines art and technology, and uses IoT for the preservation of historical-artistic heritage.

Battle against Covid-19

Monitoring Pandemic Measures in Santander

Monitoring Pandemic Measures in Santander

Sensor data optimize inner-city traffic flows and collect information on environmental and noise pollution. Based on this information, the degree of compliance with pandemic containment measures can be analyzed.

Time Measurement

RFID Facilitates Training and Competition

Timekeeping with active RFID technology

With active RFID technology, training and competition data can be collected and analyzed. Additionally, an exact time measurement is possible for use in large sporting events.

Advertorials and promotion

Previous issues

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